CSX325FJC13.500M-UT

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Oscillators are electronic circuit components that produce periodic, oscillating electrical signals without any external input. One example of an oscillator is the CSX325FJC13.500M-UT. This oscillator is an ideal choice for general-purpose frequency control applications due to its narrow-frequency stability, low resonance (Q), and excellent spectral purity.

Application Field

The CSX325FJC13.500M-UT is a popular polyphase VFC/VCO crystal oscillator that produces a frequency range of 13.500 MHz. This type of oscillator can be used in a variety of applications, ranging from digital communication networks to frequency-selective control systems. It is especially useful in radio applications where an accurate, stable frequency is required. Its low power consumption makes it ideal for battery-powered applications. It is also suitable for use in temperature-sensitive applications, such as temperature controlled oscillators (TCO) and automated test equipment (ATE).

Working Principle

The working principle of the CSX325FJC13.500M-UT oscillator is fairly simple. It consists of an oscillator IC, a pre-scaler, a divider circuit and a power amplifier. The oscillator IC produces a signal at the output frequency (13.500 MHz). This signal is then pre-scaled down and divided by the pre-scaler and divider circuit. The resulting frequency is then output from the power amplifier. The oscillator is stable due to the use of high-quality components and precision calibration.

The output signal is a square wave, which can be used as is, or adjusted with external components to produce a sine wave, triangle wave, or other waveforms. The frequency stability is very good, and the output signal has excellent spectral purity. The CSX325FJC13.500M-UT oscillator can also be combined with multiplexers and counters to create more complex control systems.

In short, the CSX325FJC13.500M-UT crystal oscillator is an excellent choice for a variety of frequency-controlled applications. Its high-quality output, narrow-frequency stability, low resonance, and excellent spectral purity make it ideal for a variety of applications.

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